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Validation Class Reference

#include <Validation.h>

List of all members.

Static Public Methods
bool	checkAnchorOffsetTotal (AG *ag, AnnotationType type)
bool	checkAnchorOffsetBounded (AG *ag, AnnotationType type)
bool	checkFeatureExists (AG *ag, AnnotationType type, FeatureName featureName)
bool	checkFeatureIsAnnotationId (AG *ag, AnnotationType type, FeatureName featureName)
bool	checkLinear (AG *ag, AnnotationType type)
bool	checkConnected (AG *ag, AnnotationType type)
bool	checkCoextensive (AG *ag, AnnotationType type1, AnnotationType type2)
bool	checkSpan (AG *ag, AnnotationType spanType, AnnotationType spannedType)

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Member Function Documentation

bool Validation::checkAnchorOffsetBounded ( AG * ag, AnnotationType type ) [static]

Check that all anchors of annotations of a given type are bounded by anchors that have an offset, following paths of this type. Parameters: ag, an   annotation graph type, an   annotation type Returns: boolean indicating whether all anchors are bounded

bool Validation::checkAnchorOffsetTotal ( AG * ag, AnnotationType type ) [static]

Check that all anchors of annotations of a given type have an offset. Parameters: ag, an   annotation graph type, an   annotation type Returns: boolean indicating whether all anchors have an offset

bool Validation::checkCoextensive ( AG * ag, AnnotationType type1, AnnotationType type2 ) [static]

Check that all annotations of type type1 are coextensive with an annotation of type type2, and vice versa (an existence not uniqueness test). Parameters: ag, an   annotation graph type1, an   annotation type type2, an   annotation type Returns: boolean indicating whether the types are coextensive

bool Validation::checkConnected ( AG * ag, AnnotationType type ) [static]

Check that all annotations of a given type form a connected subgraph. Parameters: ag, an   annotation graph type, an   annotation type Returns: boolean indicating whether the set of annotations is connected

bool Validation::checkFeatureExists ( AG * ag, AnnotationType type, FeatureName featureName ) [static]

Check that all annotations of a given type have the specified feature. Parameters: ag, an   annotation graph type, an   annotation type featureName, the   name of the feature Returns: boolean indicating whether all annotations have the feature

bool Validation::checkFeatureIsAnnotationId ( AG * ag, AnnotationType type, FeatureName featureName ) [static]

Check that all annotations of a given type have the specified feature and that its value is a valid AnnotationId. Parameters: ag, an   annotation graph type, an   annotation type featureName, the   name of the feature Returns: boolean indicating whether all instances of the feature are AnnotationIds

bool Validation::checkLinear ( AG * ag, AnnotationType type ) [static]

Check that all annotations of a given type form a connected linear sequence. Parameters: ag, an   annotation graph type, an   annotation type Returns: boolean indicating whether the set of annotations is linear

bool Validation::checkSpan ( AG * ag, AnnotationType spanType, AnnotationType spannedType ) [static]

Check that all annotations of type spanType span annotations of type spannedType and that all annotations of type spannedType are spanned by annotations of type spanType. Parameters: ag, an   annotation graph spanType, the   spanning type spanedType, the   spanned type Returns: boolean indicating whether the spanning relationship holds

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The documentation for this class was generated from the following file:

• Validation.h

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